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                  <h4>piston_velocity</h4>Compute a gaz air-sea interface transfer velocity (piston velocity)
                  <br><small>Last modified: 27-Sep-2010 11:40:27</small>

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                  <a href="http://guillaumemaze.googlecode.com/svn/trunk/matlab/codes/geophysic/piston_velocity.m">Download here</a>
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                  <br>% piston_velocity Compute a gaz air-sea interface transfer velocity (piston velocity)<br>%<br>% K = piston_velocity(GAZ,PARAMETERS)<br>% <br>% Compute a gaz transfer velocitiy (piston velocity) for gaz GAZ.<br>% PARAMETERS depend on GAZ (see inputs here-after)<br>% <br>% Inputs:<br>%	GAZ (string): the gaz to compute piston velocity for. In can be:<br>%		'OXY' for oxygen<br>%	PARAMETERS:<br>%		for GAZ = 'OXY':<br>%			SC: Schmidt number (see function schmidt_number)<br>%			U:  wind speed in m/s at 10m height<br>%			Here we use the Wanninkhof, 1992 formulation.<br>%<br>% Outputs:<br>%	K: gaz transfer velocity in m/s<br>%<br>% Created: 2010-06-28.<br>% All rights reserved.
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                  Last update: 2011 March 04, 17:46<br>
                  Created by Guillaume Maze<br>
                  More informations at: <a href="http://codes.guillaumemaze.org/matlab">codes.guillaumemaze.org/matlab</a><br>
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